Q&A Course on Functional Dyes [50 Questions and 50 Answers]

basic information

**Lecture Summary** In recent years, many organic dyes have been utilized as optoelectronic materials. These dyes are referred to as functional dyes, and their importance as display materials and energy conversion materials is increasing. The electronic states that determine the properties of dye molecules can now be predicted and examined using commercially available computational software. However, when these dyes are used in solid forms such as powders or thin films, it becomes challenging to predict the effects of intermolecular interactions within the solid, and the development methods remain trial-and-error with unclear directions. As a result, various issues arise in the actual application of functional dyes. In this seminar, we will learn the fundamental knowledge of dyes by dividing it into the "molecular" state and the "solid" state, and based on that knowledge, we will consider various issues related to the application of color materials.

Price information

39900

Price range

P2

Delivery Time

P2

※Expected delivery date of the attendance ticket.

Applications/Examples of results

1. Basic Edition 2. Basic Material Properties Edition 3. Materialization Edition I: Solidification 4. Materialization Edition II: Solid Material Properties 5. Problems and Analysis Techniques in the Field Q40 Are you confirming the differences in optical properties of the dye in solution and in the device? Q41 Are you constantly checking the state of the dye in the device? Q42 Are you considering the possibility that the state of the dye may change due to the process conditions of materialization or device fabrication? Q43 Are you anticipating the factors that contribute to changes in material properties or device characteristics due to variations in process conditions? Q44 Are you making efforts to confirm information about the solid structure of thin films and powders? Q45 Are you checking the condition of the surface of thin films and powders? Q46 Are you investigating the shape anisotropy and particle size distribution of the powder? Q47 Are you confirming whether the thin film is anisotropic or isotropic? Q48 Are you checking the surface condition of the substrate and the state of the thin film formed on it? Q49 Are you measuring the absorption and fluorescence spectra? Q50 Are you measuring the vibrational spectra? [Q&A]